Tiffen 62mm North Star Filter

The 62mm North Star Filter from Tiffen creates multiple points of light, or "stars," streaking outward from a central light source. This filter comes in a rotating mount for critical placement of the star effect.

Expected availability: 7-10 business days

“Expected availability” is the estimated time to ship from the manufacturer to the Fusion Cine national distribution center. ETAs can sometimes vary depending on product availability.

The 62mm North Star Filter from Tiffen creates multiple points of light, or "stars," streaking outward from a central light source. This filter comes in a rotating mount for critical placement of the star effect.

This filter is especially useful for wedding photographers. It helps create a romantic, special effect mood which clients desire. North Stars are best used with a point light source such as a candle, match, flashlight or streetlight.

Tiffen's ColorCore glass is produced through a process that entails permanently laminating the filter material in between two pieces of optical glass that are ground flat to tolerances of a ten-thousandth of an inch, then mounting them in precision aluminum rings.

The effect is produced by a series of thin lines etched into the flat optical surface of a clear filter

Exciting and dazzling star effects generated from original point or reflected light sources with the added glitter and sparkle of these exclusive, natural looking asymmetrical designs and shapes

Great for water scenes, candle flames, street lights, and more

Tiffen offers 4, 6, and 8 point symmetrical star effects as well as additional asymmetrical star patterns through their exclusive Hollywood FX Series (North, Hyper, Vector and Hollywood star effects)

Tiffen's ColorCore glass is sealed between two optical glass sheets. In this way, Tiffen can better control the various densities of their filters and thereby create more exact degrees of filtration. This process makes for greater accuracy of color as opposed to glass that is simply dyed and become subject to deviation during the dye process